5.15. A straight line is generated as the __ of a moving point.
5.16-. The view of a point is obtained as the intersection point between the ray
of sight and VP
5.17. The top view of a point is obtained as the intersection point between the ray of
sight and _
5.18. The projecting lines meet the plane of projection at an angle of 90° to it.
(True!False)5.19. The distance of a point from HP is marked from xy to ( (a) top view, (b)
front view, (c) side view).5.20. When a point lies on HP its front view will lie on ____. (xy, below xy,
above xy)5.21. When both the projections of a point lie below xy, the point is situated in
____ quadrant.
5.22. When a point lies on VP, its top view lies on xy. (True/False).
5.23. When a point is above HP its front view is xy.
5.24. When a point is __ VP its top view is above xy.
5.25. When a point lies on and its two views lie on xy.
5.26. A straight line is defined as the distance between two points.
5.27. The projection of a line on a plane parallel to it, appears in its true length.
5.28.
5.29.
(True/False).
When a line is perpendicular to one of the planes, it is ___ to the other plane.
When a line is perpendicular to HP, its front view is to xy.
(parallel/Perpendicular).5.30. When a line is perpendicular to VP, its ____ is a point. (Front view / Top
view)
5.31. When a line is inclined to and parallel to ____ its front viewrepresents the true length of the line.
5.32. When a line is contained by a plane, its projectbn on that plane is a __
(Point, equal to its true length)
5.33. When a line is inclined to a plane, its projection on the plane is a line shorter than
its true length. (True/False).